Advanced Foot Step Power Generation

This paper presents the design and implementation of an Advanced Footstep Power Generation System for harvesting energy from human locomotion. The proposed system employs piezoelectric sensors and electromagnetic transducers embedded beneath walking platforms to convert mechanical stress into electrical energy. The generated output is rectified, regulated, and stored using energy storage elements such as batteries or super capacitors. Experimental analysis demonstrates that the system is suitable for low-power applications including LED lighting and portable charging units. The system is particularly effective in high footfall regions, enabling efficient energy harvesting from otherwise wasted kinetic energy. The proposed approach offers a sustainable, economical, and scalable solution for renewable energy generation, contributing to smart city development and energy conservation.